Navigating Towards Cleaner Maritime Shipping analyses futu

In 2019, the international shipping industry transported approximately 226 million containers, with an estimated value of more than $4 trillion.[1] Full containers can

Lean Marine 

The new Ocean Panel-commissioned report, ‘

Acknowledging the challenging situation resulting from the COVID-19 pandemic, activity in the cruise sector has increased significantly over the previous decades.

Due to the imbalances in trade flows, 24% of shipping containers - amounting to 200 million of them - are empty.[1,2,3] Yet they still need to be moved around, and thi

The Clean Maritime Plan is the climate roadmap for taking the maritime sector in the UK towards zero emissions.

The European Commission has published its firs

O

According to the International Maritime Organization

Global maritime trade grew at a slower pace in 2018 compared to previous years, attributed to global economic uncertainty, ongoing tariff tensions between the 

When at port, ships keep their auxiliary engines running for electricity, resulting in unnecessary emission of pollutants and over $18bn in fuel waste.[1] Estimates su

Successful blue growth requires companies to innovate and invest.

Fifty-four percent of all ship accidents in 2018 were due to navigational issues such as collisions with other ships, icebergs, infrastructure, or grounding on the sea

Robotics and autonomous systems represent important opportunities to achieve greater productivity, learn additional skills, create better workplaces and improve the wo

Energy efficiency, reduced carbon print and greater use of renewable energy will be the greatest transition for the maritime industry by 2050.

Approximately 10% of a vessel’s energy costs and emissions are due to fouling on the hull.[1] In the U.S.

Between 2011 and 2018, 92 out of 298 people who fell overboard in EU waters died.[1] Survival chances depend on detection, response method, water temperature, and luck

Due to the imbalances in trade flows, 24% of containers that are being shipped around the world are empty.[1,2] Shipping patterns see containers loaded, for example, w

The unwanted accumulation of biological material on ship hulls, known as fouling, can cause an increase in fuel consumption by up to 40%.[1] In the U.S.

Contemporary vessels are regarded as floating power plants because of the propulsion needed to overcome the friction and drag between the hull and seawater.[1] Forcing

It is estimated that there are 25 million shipping containers in active service around the world, with around 6 million in transit, at any time.[1] For over 60 years,

The electrification of the seas requires energy sources in remote places.

With approximately 3000 ships sailing at any one time, the North Sea is one of the busiest shipping areas in the world.[1] Many of the medium-sized vessels require app

The maritime shipping industry currently transports 90% of the goods traded around the world.[1] The industry is responsible for nearly 3% of the world’s CO2 emissions

Offshore wind farms are playing an important role as Europe transitions to renewable energy.

RoRo (Roll-on/Roll-off) vessels carry 234 million tonnes of goods annually around Europe, and is growing at an average rate of 3%.[1,2] RoRo vessels follow fixed route

Maritime transport emits around 940 million tonnes of CO2 annually and is responsible for about 2.5% of global greenhouse gas (GHG) emissions.[1,2] Shipping is respons

Digital twinning bridges the gap between the physical world and virtual world.[1] It involves the scanning of existing objects to create virtual (digital) replicas.

Weather is the major cause for maritime accidents, shipping and cargo losses, injuries, and even fatalities.

Hyperloop proposes using magnetized tracks to move goods friction-free through a vacuum-sealed tunnel.

Contact and collision related casualties account for 40% of yearly insurance claims in the maritime industry.[1] 75% of these are caused by human error, amounting to $

Ruptures, tears, cracks, holes, gashes, scrapes, and dents cause serious damage to hulls resulting in approximately $12bn worth of damage globally.[1] Due to their ver

Vessels are operated on a bridge in a large room with a multiple-station setup.

Ambitions for zero emission maritime operations by 2030 require new power sources.

Customs authorities inspect less than 2% of the 752 million (TEU) containers shipped annually.[1,2] With 90% of the world's cargo transported in maritime containers, t

Containerized shipping between Asia and Northern Europe amounted to 15.1 million TEU in 2015.[1] Both the Northern Sea Route and the North-West passage have the potent

Day rates for the smallest and largest service vessels range from $8k-26k.[1]  While autonomous vessels are estimated to reduce fuel consumption by 6%, an autonomous-u

In 2019, the containerized shipping industry will have transported over 800 million TEU, generating earnings in excess of $25bn.[1] These containers arrive in ports on

A particular pain point in shipping is that vessels need specific documents delivered to ports before they arrive.

Fires and explosions are the third largest cause of vessel casualties and have resulted in 112 large vessel losses during the past decade.

Today's 22,000 TEU (twenty-foot equivalent unit) container vessels will be small compared to the 50,000 TEU vessels forecasted 50 years from now.[1] Modifying existing

Each year, around 1,390 containers are lost at sea due to poor lashing and rough weather conditions.[1] When failure occurs, containers fall into the sea and can cause

Every year people die inspecting enclosed spaces. These spaces can contain depleted oxygen levels, toxic gases, and/or material otherwise unsafe for humans.

Large ships are inspected and cleaned every 4-5 years and painted every 8-10 years, in order to improve vessel performance and to demonstrate owners' commitment to saf

Experts estimate that fuel consumption can be reduced by up to 5% by optimizing ship speeds and routes to changing weather conditions.[1]

The High-Level Panel for a Sustainable Ocean Economy (HLP) commissioned the HLP Expert Group to convene an international team of scientists and experts to evaluate the

Norway is one of the leading ocean economies in the world today. The Norwegian Government regards the maritime industry as a priority sector.

ITF Transport Outlo

The European Commission has recently published its second

The Blue Industries play a key role in the Danish economy and business community, with more than 3.8% of the Danish population being directly or indirectly employed wi

The Netherlands has been able to build a strong maritime position in the world, thanks in part to its strategic location at the mouth of the Meuse, Rhine and Scheldt.

Sweden has one of the longest coastlines in Europe and a strong tradition of maritime activities.

The

FISCO develops, produces and distributes products made of composite material for t

This publication, Building Industries at Sea: ‘Blue Growth’ and the New Maritime Economy, l

The 2018 Annual Report on the EU Blue Economy describes the scope and progress of the bl

The World Trade Organization has published an analysis of the potential impact of blockchain technology on international trade:

Over the next three decades, the world’s energy system will become substantially cleaner

If you have an innovative business idea, an interesting company with a lot of potential, or a great project within the field of Blue Growth, let us know!

Shipping as the lifeblood of the global economy transporting approximately 90% of global trade.

The forecast for 2050 is exploring the maritime implications of a global transition towards an

Workshop report 

The Dutch Trade and Investment Fund (DTIF) offers loans, guarantees and export financing for Dutch companies that want to expand their businesses internationally. DTIF

With the WBSO, companies can lower the wage costs for research and development (R&D) and other R&D costs and expenditures, such as prototypes or research equip

This report, Foresight Future of the Sea, summarises evidence on social, technological, e

The study aims to identify the potential for Blue Growth in each of the EU Member States (MS) of the Baltic Sea Region (BSR) and at sea basin level.

By 2040, the global demand for energy will increase by more than 50 percent compared to 2010, despite continuously increasing energy efficiency.

The starting point for the Blue Growth project is the grounded belief that seas, coa

This